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Magnetic reconnection as a mechanism for the generation of fast electrons

M. Erba, P. Martin, S. Ortolani, A. Rossi1993年被引用 9Nuclear FusionIF 3出版社

Resistive MHD instabilities and associated magnetic reconnection processes underlie the non-linear dynamics of reversed field pinch profiles. Magnetic reconnection is proposed to be also the source mechanism for the generation of the fast electrons often observed in experiments. The simple model proposed accounts for the generation of a small population ( approximately 1%) with velocities in the outer region that can be comparable with the plasma bulk thermal velocities and that can contribute significantly to the mean field current density

日本語訳

抵抗性MHD不安定性およびそれに伴う磁気リコネクション過程は、逆転磁場ピンチプロファイルの非線形ダイナミクスの根底にある。磁気リコネクションは、実験でしばしば観測される高速電子の生成機構でもあることが提案されている。提案された単純なモデルは、プラズマのバルク熱速度に匹敵し得る速度を持つ外側領域における小さな集団(約1%)の生成を説明し、その集団は平均場電流密度に有意に寄与し得る。

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Fusion Advanced Studies TorusMagnetic reconnection
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